Description
The NanoCal 360 Precision Alignment Microscope represents the next leap in precision inspection and alignment technology for engineers, technicians, and makers engaged in high-tolerance assembly or microfabrication. Leveraging an integrated 360-degree digital optic system combined with adaptive autofocus and nanometer-scale positioning feedback, NanoCal 360 offers unprecedented control for micro-alignment and quality validation.
Key Features:
– 360° Rotational Digital Imaging: High-resolution 12MP sensors arranged circumferentially provide a seamless live-view mosaic, allowing users to inspect an object’s complete periphery without repositioning.
– Adaptive Autofocus & Depth Mapping: Powered by a laser triangulation module and AI-driven focus algorithms, it achieves sub-micron focal depth accuracy, delivering sharp, distortion-free images across surfaces.
– Nanometer-Resolution Positioning Stage: Piezoelectric linear and rotary actuators move and align components with 1nm precision, ideal for microelectronic assembly or fiber optic alignment.
– Intuitive Software Suite: Real-time annotation, measurement overlay, and multi-angle stitching with exportable calibration reports streamline workflows.
Technical Specifications:
– Optical Sensors: 12 × 12MP CMOS sensors, 5µm pixel size
– Field of View: 360° panorama, 20mm diameter
– Focus Range: 0–10mm with ±0.5µm precision
– Positioning Stage Travel: XYZ 10mm × 10mm × 10mm, Rotary 360° continuous
– Control Interface: USB-C high bandwidth, compatible with Windows, macOS, and Linux
– Power: 24V DC, 15W consumption
NanoCal 360 is engineered for laboratory and cleanroom environments with an anodized aluminum chassis and sealed optical assembly rated IP54 against dust and moisture. It is ideal for electronics manufacturers, precision instrument fabricators, and advanced R&D labs aiming to enhance throughput without compromising on measurement fidelity.
By combining comprehensive 360-degree inspection with precision nano-alignment, NanoCal 360 empowers teams to significantly reduce rework cycles, accelerate time-to-market, and guarantee product excellence at scales previously unattainable.
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